Heuristic Evaluation
Heuristic Evaluation
Heuristic Evaluation
Heuristic Evaluation
Black Geometric Prisms
Year :
2025
Industry :
Tech
Role :
Studio Prism
Project Duration :
4 weeks
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Repositioning the ‘Join Session’ CTA to a more prominent location is projected to improve its discoverability by ~70%, based on reduced navigation steps and improved visual hierarchy.
Repositioning the ‘Join Session’ CTA to a more prominent location is projected to improve its discoverability by ~70%, based on reduced navigation steps and improved visual hierarchy.
Repositioning the ‘Join Session’ CTA to a more prominent location is projected to improve its discoverability by ~70%, based on reduced navigation steps and improved visual hierarchy.
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By removing just 2 clicks from the class join flow, the improved design prevents ~500 unnecessary page loads per day, saving an estimated 0.5 kWh of server power daily and Eliminating one unnecessary page load per user reduces total server requests by an estimated ~17%.
By removing just 2 clicks from the class join flow, the improved design prevents ~500 unnecessary page loads per day, saving an estimated 0.5 kWh of server power daily and Eliminating one unnecessary page load per user reduces total server requests by an estimated ~17%.
By removing just 2 clicks from the class join flow, the improved design prevents ~500 unnecessary page loads per day, saving an estimated 0.5 kWh of server power daily and Eliminating one unnecessary page load per user reduces total server requests by an estimated ~17%.
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Placing the ‘Join Session’ button directly beside the subject name can reduce the average session-joining time by ~9%, improving flow efficiency for returning users.
Placing the ‘Join Session’ button directly beside the subject name can reduce the average session-joining time by ~9%, improving flow efficiency for returning users.
Placing the ‘Join Session’ button directly beside the subject name can reduce the average session-joining time by ~9%, improving flow efficiency for returning users.
Problem :
Problem :
Problem :
In the realm of digital 3D art, it is often challenging to create compositions that convey both modern sophistication and visual intrigue without overwhelming the viewer. Many geometric designs either lack depth and subtlety or become too visually complex, losing their elegance.
Problem :
Problem :
Problem :
Problem :
Problem :
Problem :
Problem :
Problem :
Problem :
Problem :
Problem :
Problem :
Solution :
This project proposes a collection of sharp, angular black prisms, artfully arranged to float against a gradient dark background. By leveraging the interplay of light, shadow, and reflective surfaces, the composition achieves a sense of depth and refinement.
The use of monochromatic black tones ensures a minimalist yet powerful aesthetic, while the geometric forms provide structure and visual interest. This approach allows for versatility, making the visuals suitable for a wide range of modern digital applications.
More Projects
Usability Testing
Hogrefe: Usability Testing and Redesign
A comprehensive usability evaluation and interface redesign to reduce cognitive friction. By restructuring system navigation and entry points this project is projected to drive an 80% increase in task efficiency.
Usability Testing
Hogrefe: Usability Testing and Redesign
A comprehensive usability evaluation and interface redesign to reduce cognitive friction. By restructuring system navigation and entry points this project is projected to drive an 80% increase in task efficiency.
Heuristic Evaluation
Heuristic Evaluation
Heuristic Evaluation
Heuristic Evaluation
Black Geometric Prisms
Year :
2025
Industry :
Tech
Role :
Studio Prism
Project Duration :
4 weeks
↑0%
↑0%
Repositioning the ‘Join Session’ CTA to a more prominent location is projected to improve its discoverability by ~70%, based on reduced navigation steps and improved visual hierarchy.
Repositioning the ‘Join Session’ CTA to a more prominent location is projected to improve its discoverability by ~70%, based on reduced navigation steps and improved visual hierarchy.
Repositioning the ‘Join Session’ CTA to a more prominent location is projected to improve its discoverability by ~70%, based on reduced navigation steps and improved visual hierarchy.
↓0%
↓0%
By removing just 2 clicks from the class join flow, the improved design prevents ~500 unnecessary page loads per day, saving an estimated 0.5 kWh of server power daily and Eliminating one unnecessary page load per user reduces total server requests by an estimated ~17%.
By removing just 2 clicks from the class join flow, the improved design prevents ~500 unnecessary page loads per day, saving an estimated 0.5 kWh of server power daily and Eliminating one unnecessary page load per user reduces total server requests by an estimated ~17%.
By removing just 2 clicks from the class join flow, the improved design prevents ~500 unnecessary page loads per day, saving an estimated 0.5 kWh of server power daily and Eliminating one unnecessary page load per user reduces total server requests by an estimated ~17%.
↓0%
↓0%
Placing the ‘Join Session’ button directly beside the subject name can reduce the average session-joining time by ~9%, improving flow efficiency for returning users.
Placing the ‘Join Session’ button directly beside the subject name can reduce the average session-joining time by ~9%, improving flow efficiency for returning users.
Placing the ‘Join Session’ button directly beside the subject name can reduce the average session-joining time by ~9%, improving flow efficiency for returning users.
Problem :
Problem :
Problem :
In the realm of digital 3D art, it is often challenging to create compositions that convey both modern sophistication and visual intrigue without overwhelming the viewer. Many geometric designs either lack depth and subtlety or become too visually complex, losing their elegance.
Problem :
Problem :
Problem :
Problem :
Problem :
Problem :
Problem :
Problem :
Problem :
Problem :
Problem :
Problem :
Solution :
This project proposes a collection of sharp, angular black prisms, artfully arranged to float against a gradient dark background. By leveraging the interplay of light, shadow, and reflective surfaces, the composition achieves a sense of depth and refinement.
The use of monochromatic black tones ensures a minimalist yet powerful aesthetic, while the geometric forms provide structure and visual interest. This approach allows for versatility, making the visuals suitable for a wide range of modern digital applications.
More Projects
Usability Testing
Hogrefe: Usability Testing and Redesign
A comprehensive usability evaluation and interface redesign to reduce cognitive friction. By restructuring system navigation and entry points this project is projected to drive an 80% increase in task efficiency.
Usability Testing
Hogrefe: Usability Testing and Redesign
A comprehensive usability evaluation and interface redesign to reduce cognitive friction. By restructuring system navigation and entry points this project is projected to drive an 80% increase in task efficiency.
Heuristic Evaluation
Heuristic Evaluation
Heuristic Evaluation
Heuristic Evaluation
Black Geometric Prisms
Year :
2025
Industry :
Tech
Role :
Studio Prism
Project Duration :
4 weeks
↑0%
↑0%
Repositioning the ‘Join Session’ CTA to a more prominent location is projected to improve its discoverability by ~70%, based on reduced navigation steps and improved visual hierarchy.
Repositioning the ‘Join Session’ CTA to a more prominent location is projected to improve its discoverability by ~70%, based on reduced navigation steps and improved visual hierarchy.
Repositioning the ‘Join Session’ CTA to a more prominent location is projected to improve its discoverability by ~70%, based on reduced navigation steps and improved visual hierarchy.
↓0%
↓0%
By removing just 2 clicks from the class join flow, the improved design prevents ~500 unnecessary page loads per day, saving an estimated 0.5 kWh of server power daily and Eliminating one unnecessary page load per user reduces total server requests by an estimated ~17%.
By removing just 2 clicks from the class join flow, the improved design prevents ~500 unnecessary page loads per day, saving an estimated 0.5 kWh of server power daily and Eliminating one unnecessary page load per user reduces total server requests by an estimated ~17%.
By removing just 2 clicks from the class join flow, the improved design prevents ~500 unnecessary page loads per day, saving an estimated 0.5 kWh of server power daily and Eliminating one unnecessary page load per user reduces total server requests by an estimated ~17%.
↓0%
↓0%
Placing the ‘Join Session’ button directly beside the subject name can reduce the average session-joining time by ~9%, improving flow efficiency for returning users.
Placing the ‘Join Session’ button directly beside the subject name can reduce the average session-joining time by ~9%, improving flow efficiency for returning users.
Placing the ‘Join Session’ button directly beside the subject name can reduce the average session-joining time by ~9%, improving flow efficiency for returning users.
Problem :
Problem :
Problem :
In the realm of digital 3D art, it is often challenging to create compositions that convey both modern sophistication and visual intrigue without overwhelming the viewer. Many geometric designs either lack depth and subtlety or become too visually complex, losing their elegance.
Problem :
Problem :
Problem :
Problem :
Problem :
Problem :
Problem :
Problem :
Problem :
Problem :
Problem :
Problem :
Solution :
This project proposes a collection of sharp, angular black prisms, artfully arranged to float against a gradient dark background. By leveraging the interplay of light, shadow, and reflective surfaces, the composition achieves a sense of depth and refinement.
The use of monochromatic black tones ensures a minimalist yet powerful aesthetic, while the geometric forms provide structure and visual interest. This approach allows for versatility, making the visuals suitable for a wide range of modern digital applications.
More Projects
Usability Testing
Hogrefe: Usability Testing and Redesign
A comprehensive usability evaluation and interface redesign to reduce cognitive friction. By restructuring system navigation and entry points this project is projected to drive an 80% increase in task efficiency.
Usability Testing
Hogrefe: Usability Testing and Redesign
A comprehensive usability evaluation and interface redesign to reduce cognitive friction. By restructuring system navigation and entry points this project is projected to drive an 80% increase in task efficiency.